Why Choose the Unitronics UMC-B6C-PN-R-10 Servo Motor Power Cable?
The Unitronics UMC-B6C-PN-R-10 is a robust robotic servo motor power cable engineered for reliable power transmission between Unitronics B6 servo drives and motors. Designed for demanding industrial automation environments, this cable delivers dependable electrical performance while maintaining excellent flexibility for continuous motion applications.
Developed specifically for Unitronics B6 servo motors rated from 4.4 kW to 5 kW, the UMC-B6C-PN-R-10 features a robotic-grade construction that is ideal for cable carriers, automated machinery and applications involving repetitive movement. This design helps improve cable longevity while supporting reliable machine operation.
With a generous 10 metre cable length, the UMC-B6C-PN-R-10 provides enhanced installation flexibility for larger machines and production systems. Its factory-assembled design simplifies commissioning and helps ensure secure, consistent performance throughout the life of the equipment.
Key Advantages
- Designed specifically for Unitronics B6 servo motor systems.
- Compatible with 4.4 kW to 5 kW servo motors.
- Robotic-grade construction for continuous flexing applications.
- 10 metre cable length for extended installation flexibility.
- Reliable power transmission between servo drive and motor.
- Durable industrial design for demanding automation environments.
Key Features
- Unitronics UMC servo cable series.
- Power cable for B6 servo motor range.
- Suitable for motors rated 4.4 kW to 5 kW.
- Robotic cable design for dynamic motion applications.
- 10 m cable length.
- Factory-terminated assembly.
- Industrial-grade insulation and cable construction.
- Optimised for machine automation and motion control systems.
Reliable Connectivity for Motion Control Systems
Servo motor power cables are essential components within modern automation systems, ensuring efficient transfer of power between servo drives and motors. The UMC-B6C-PN-R-10 is designed to maintain electrical integrity and mechanical durability in applications where continuous movement and reliability are critical.
Its robotic-grade design helps minimise wear caused by repeated bending and flexing, making it suitable for automated production equipment, robotic systems and machine-building projects where long service life is required.
Typical Applications
- Industrial robotics.
- Packaging and processing machinery.
- Automated manufacturing systems.
- Material handling equipment.
- CNC and motion control machinery.
- OEM machine building projects.
